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Automated Sample Preparation For Dioxin

Name: Automated Sample Preparation For Dioxin
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 1500000 INR
Availability: InStock

Price 1500000 INR/ Piece

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MOQ : 01 Piece

Automated Sample Preparation For Dioxin Specification

Max Height
---

Temperature
10 40C

Interface Type
RS-232/USB

Accuracy
---

Frequency
50/60Hz

Port Size
1/4 inch NPT

Hardness
---

Number of Specimens
Up to 30 samples per run

Features
Automated operation, programmable sequence, high throughput, solvent saving system, leak detection, sample tracking

Humidity
20 80% RH

Power Supply
220V AC, 50/60Hz

Gas Pressure
0.6 0.8 MPa

Resolution
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Mounting Type
Benchtop

Automation Grade
Fully Automatic

Response Time
---

Display Type
LCD touchscreen display

Measuring Range
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Test Range
---

Operating Voltage
220V AC

Application
Sample preparation for Dioxin analysis in food, water, soil, air samples

Equipment Type
Automated Sample Preparation Unit

Specimen Size
10 mL 1 L (sample volume)

Usage
Dioxin sample preparation

Capacity
Simultaneous handling of up to 30 samples

Machine Weight
Approx. 68 Kg

Test Speed
Variable (0.5 5 mL/min)

Test Width
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Test Stroke
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Control Mode
Microprocessor based automatic control

Safety Features
Automatic shutdown, leak alarm, overpressure protection

Material of Construction
Corrosion-resistant stainless steel with PTFE lining

Cleaning Mode
Automated in-line cleaning

Sample Tray Capacity
30-position sample tray

Extraction Method
Automated Solid Phase Extraction (SPE)

Dimensions (L x W x H)
800 mm x 650 mm x 700 mm

Solvent Compatibility
Suitable for a wide range of organic solvents

Software
User-friendly operation and data export via PC

About Automated Sample Preparation For Dioxin

Automated sample preparation for dioxin entails a combination of extraction and clean-up processes for getting rid of interfering substances and concentrate the analytes of interest. Using solid-phase extraction (SPE) in conjunction with a liquid handling system is a typical technique for automating sample preparation. The majority of automated sample preparation processes traditionally include liquid handling, which use robotics to dispense and gather precise volumes of liquid for purposes like adding reagents or washing samples. Automated sample preparation for dioxin approaches employs gas chromatography (GC) with high resolution mass spectrometry (HRMS) detection for the analytical component.

Engineered for Versatility and Durability

Purpose-built from corrosion-resistant stainless steel and protected by a PTFE lining, the system is designed for long-term operation with aggressive organic solvents. The 30-position sample tray and fully automated handling ensure high throughput and consistent results, making it a reliable solution for routine laboratory workflows.

Safety-Focused and User-Centric Design

Critical safety features-such as automatic shutdown, leak alarms, and overpressure safeguards-provide reassurance during extended unattended runs. Its microprocessor-based automatic control, LCD touchscreen, and intuitive PC software allow users to operate, monitor, and export data with ease.

Optimized Cleaning and Solvent Savings

Automated in-line cleaning streamlines maintenance and reduces downtime, while efficient solvent management minimizes waste and operational costs. The benchtop configuration is ideal for laboratory environments requiring precise, reproducible dioxin sample preparation.

FAQ's of Automated Sample Preparation For Dioxin:

Q: How does the automated sample preparation unit benefit dioxin analysis workflows?

A: By automating solid phase extraction, this unit increases throughput, reduces processing errors, and ensures reproducibility. Its ability to handle up to 30 samples simultaneously accelerates routine dioxin analysis and boosts laboratory productivity.

Q: What types of samples can be processed with this equipment?

A: The system is designed for the preparation of food, water, soil, and air samples for dioxin analysis, accommodating sample volumes from 10 mL to 1 L, offering versatility for diverse environmental and food safety applications.

Q: When should I use the automated in-line cleaning function?

A: The automated in-line cleaning mode can be activated after each run or whenever cross-contamination risk exists, ensuring consistent performance and maintaining the integrity of subsequent analyses.

Q: Where should this unit be installed within the laboratory?

A: This benchtop unit should be placed on a stable surface in a well-ventilated laboratory environment, within the recommended temperature and humidity range (10-40C, 20-80% RH), and near a 220V AC power supply for optimal operation.

Q: What safety mechanisms are integrated into the system?

A: Safety is prioritized with automatic shutdown, leak alarms, and overpressure protection, helping to prevent equipment damage, sample loss, and safeguard operators during unattended runs.

Q: How is the extraction process controlled and monitored?

A: The extraction sequence is managed via a microprocessor-based automatic control system. Users interact through an LCD touchscreen and have the option to operate and export data via PC software using USB or RS-232 interfaces.

Q: What advantages does the solvent saving system provide?

A: The solvent saving system helps reduce operational costs and environmental impact by minimizing solvent consumption without compromising extraction quality or analytical integrity.

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